| Variable/Reference | Chosen GoPSI of the model | Number of FIQs inherent in GoPSI, γGoP = z' – β' | Optimal number of dimensionless FIQs inherent in a model, γmodi = z" – β", i, 1, 2, 3 | Number of dimensionless FIQs inherent in a formulated model*, γexpi = z" − β", i, 1, 2, 3 | The achieved experimental comparative uncertainty of the model**, εi | The comparative uncertainty of the model, theoretically justified for the selected GoP, εopti | Ratio of εi/εopti |
| [45] | LMT | 91 | γmod1 ≈ 0.2 < 1 | γexp1 ≈ 4 | ε1 = 0.0464 | εopt1 = 0.0048 | ≈9.67 |
| [46] | LMTI | 468 | γmod2 ≈ 6 | γexp2 ≈ 10 | ε2 = 0.0336 | εopt2 = 0.0245 | ≈1.37 |
| [47] | LMTI | 468 | γmod3 ≈ 6 | γexp3 ≈ 8 | ε3 = 0.0293 | εopt3 = 0.0245 | ≈1.20 |
| [48] | LMTIθ | 4247 | γmod4 ≈ 471 | γexp4 ≈ 19 | ε4 = 0.0484 | εopt4 = 0.2220 | ≈0.22 |
| [43] | LMTI | 468 | γmod5 ≈ 6 | γexp5 ≈ 3 | ε5 = 0.0186 | εopt5 = 0.0245 | ≈0.76 |
| [44] | LMTI | 468 | γmod6 ≈ 6 | γexp6 ≈ 5 | ε6 = 0.0229 | εopt6 = 0.0245 | ≈0.93 |